1. High Heating Rate & Uniform Temperature Control

Maximum heating rate: 100°C/min (Fast Mode)

Temperature uniformity: ±1°C at 1650°C

MoSi₂ (Molybdenum Disilicide) heating elements:
High-temperature stability, long life cycle, and zero contamination-ensuring maximum restoration purity.

Large capacity: 3-layer sintering tray, 75–90 crowns per cycle, ideal for large-volume production.

Fully meets the densification requirements of all zirconia types (3Y/4Y/5Y multilayer, high-translucency, high-strength).

2. Three-Stage Sintering Process

① Preheating (40–200°C)

Gently removes moisture and internal stress, preventing microcracks during rapid temperature rise.

② Heating Stage

Fast Mode: 100°C/min to 1500–1600°C for rapid lattice diffusion.

Slow Mode: 10–20°C/min for controlled crystal growth and uniform densification.

③ Holding & Controlled Cooling

Material-specific holding (15–60 min) followed by intelligent cooling to manage phase transformation and prevent distortion.

 

 

 

 

 

3. Advantages of Fast & Slow Dual Sintering Modes

1) Fast Sintering Mode Advantages

Chairside immediate restoration:
Single-crown sintering in 14–30 minutes, enabling true same-day dentistry.

Laboratory productivity:
Increases daily batch cycles 2–3×, accelerating delivery times.

Energy efficiency:
Despite higher instantaneous power (2.5–3kW), total energy use decreases 40–50% due to shorter cycles.

Supports 3Y/4Y/5Y-TZP fast-sinter programs with preset parameters.

2) Slow Sintering Mode Advantages

Improved microstructure:
Controlled heating reduces internal stress; flexural strength increases 5–10%.

Enhanced translucency:
Optimized crystal growth improves optical characteristics-ideal for anterior aesthetics.

Better adaption for complex restorations:
Ensures uniform densification for large-span bridges and thick-section structures.

Compatible with all traditional non-fast-sinter zirconia materials.

3) Dual-Mode Synergy Advantages

One device for all scenarios: chairside fast cases + laboratory precision work.

Flexibility:
Choose programs based on restoration type (crown/bridge), material grade, or clinical requirement.

Cost-effective:
Reduces initial investment 30–50%, lowers maintenance cost, and improves overall utilization.

4. Core Product Advantages

1) Technology Advantages

VAC voltage stabilization + CNC control for precise heating-rate regulation.

"Surround Heating" architecture ensures ±1°C temperature uniformity inside the chamber.

Dual platinum thermocouples + PID algorithm deliver real-time, precise temperature adjustments.

20 preset programs cover mainstream zirconia brands; users can customize programs freely.

2) Clinical Workflow Advantages

Seamless integration with chairside CAD/CAM systems-scan to final placement within 2–3 hours.

Perfect for urgent cases or temporary crown/bridge replacement.

For laboratories: up to 90 units per cycle, tripling daily production capacity.

Supports unattended overnight operation for maximum equipment utilization.

3) Quality & Material Advantages

Provides optimized curves for 3Y, 4Y, 5Y-TZP for anterior/posterior applications.

Studies show fast-sinter curves do not reduce strength; in some cases, flexural strength increases 5–8%.

Slow-mode improves translucency 15–20%, producing more natural tooth-like appearance.

Densification rate reaches ≥99.9%; final flexural strength 1200 MPa+, ideal for posterior high-load restorations.

4) Ergonomics & Safety Advantages

Full touchscreen with multi-language interface (Chinese/English/Spanish).

Automatic lifting tray for easy loading/unloading without burn risk.

Dual-layer insulated body keeps surface temperature <50°C.

Full electrical protection: over-current, short-circuit, over-heat, and abnormal-temperature auto shutoff.

 

 

 

 

 

 

 

 

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